Search for a funded project
High Performance computing for quantifying climate change impacts on boreal areas – HiPerBorea
HiPerBorea aims to enable quantitative and predictive modeling of the thermo-hydrological evolution of cold environments covered by permafrost (25% of lands of northern hemisphere) under climate change. Permafrost thaw is associated with major feed-backs on greenhouse gases cycles (e.g.: thawing of previously frozen organic carbon pools).
High Optical Resolution for Unlabelled Samples – HORUS
High Optical Resolution for Unlebelled Samples
Hidden water and landscape erosion – HiLandEr
The catastrophic flooding in the upland catchments of the Ahr River, Germany, in summer 2021 demonstrated how climate change might impact European landscape. A key component of the hydro-sedimentology is the partitioning of water flow between the surface and groundwater. The water pathways control the flow of surface water and sediment release. In this project we bring together an interdisciplinary team to study the interplay between the hydrogeology and landscape erosion.
Health employability in questions and in action – ESQA
been the subject of recent substantial reforms (2021) to invite companies to deploy public health policies
Health consequences of COVID-19 on university students: effects on the lifestyle and psychological health – COV’Etu
The deleterious effects of the pandemic on student health are now clear. However, some areas of research are still underexplored.
HYpoxia and alternatively activated MAcrophaGEs as novel molecular imaging targets for early monitoring of therapy efficacy in Idiopathic Pulmonary Fibrosis – HYMAGE-IPF
Idiopathic pulmonary fibrosis (IPF) is a progressive disease. Therapeutic options are limited with ninedanib and pirfenidone, which slow down the progression of fibrosis. Pulmonary hypoxia is a clinical feature of IPF patients but its exact role in disease progression remains poorly understood. Pulmonary hypoxic areas are found in IPF patients and promote alternative activation of M2 macrophages expressing CD206. The secreted form of heat shock protein (HSP)-90 and its receptor, LRP1, are involved in M2 polarization under hypoxic conditions.
HYPERthermophiles and their BIOMINeralization mechanism – HYPERBIOMIN
Interactions between hyperthermophiles and minerals undoubtedly occur in the active hydrothermal chimneys mainly composed of FeS2 pyrite. Whereas the formation of pyrite, at high temperatures (> 200°C) in the hydrothermal chimney is well known, a major stock of FeS2 is formed by a still unknown mechanism at lower temperatures (< 150°C), probably involving the living part. Thermococcales could be an important contributor to the formation of pyrite in their ecosystem.
HYDrothermal sIntering : a Low temperature process for the densIfication of Ceramics – HYDILIC
Development of a low-cost, environmentally friendly, and efficient low-temperature sintering technology to overcome the current technological .bottlenecks encountered in the densification of high-performance ceramics.
HOPE-Epidémiologie – Recherche épidémiologique en Hémato-Oncologie Pediatrique
sur une enquête par questionnaire lancé en octobre 2021 a été clôturé en février 2022 avec un taux de p
